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ANSYS WORKBENCH 2024完全自學一本通
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ANSYS WORKBENCH 2024完全自學一本通 版權信息
- ISBN：9787121496301
- 條形碼：9787121496301 ; 978-7-121-49630-1
- 裝幀：平塑
- 冊數：暫無
- 重量：暫無
- 所屬分類：
ANSYS WORKBENCH 2024完全自學一本通 內容簡介
本書針對ANSYS Workbench 2024 平臺，詳細介紹了其功能及應用。本書內容豐富且涉及領域較廣，讀者在掌握軟件操作的同時可以掌握解決相關工程領域實際問題的思路與方法，并自如地解決本領域所出現的問題。全書分為4 篇，共20 章，第1 篇從有限元分析著手，講解工程問題的數學物理方程及ANSYS Workbench平臺的基礎應用知識；第2 篇以基礎范例為指導，講解結構靜力學分析、模態分析、諧響應分析、響應譜分析、隨機振動分析及瞬態動力學分析；第3 篇作為進階部分，講解接觸分析、顯式動力學分析、線性屈曲分析、疲勞分析及壓電分析；第4 篇以項目范例為指導，講解穩態熱力學分析、瞬態熱力學分析、計算流體動力學分析、電場分析及磁場分析。本書配套資源中附贈兩篇內容，其中一篇作為高級應用篇，講解結構優化分析、復合材料分析、APDL 編程與分析、聲學分析及非線性分析；另一篇主要講解多物理場耦合分析，包括電磁振動分析、電磁熱分析、單雙向流固耦合分析及電磁噪聲分析等。
ANSYS WORKBENCH 2024完全自學一本通 目錄
第1 篇
第1 章 有限元分析概述 ···································································································.1
1.1 有限元法發展綜述 ··································································································.2
1.1.1 有限元法的孕育和發展 ···················································································.2
1.1.2 有限元法的基本思想 ······················································································.3
1.1.3 有限元法的發展趨勢 ······················································································.4
1.2 工程問題的數學物理方程 ·························································································.6
1.2.1 工程問題的數學物理方程（控制方程）概述 ························································.6
1.2.2 變分函數 ·····································································································.9
1.2.3 插值函數 ···································································································.10
1.2.4 形函數 ······································································································.10
1.2.5 剛度矩陣 ···································································································.10
1.2.6 連通性 ······································································································.11
1.2.7 邊界條件 ···································································································.11
1.2.8 圓柱坐標系中的問題 ····················································································.12
1.2.9 直接方法 ···································································································.12
1.3 有限元法的解題步驟 ·····························································································.13
1.4 本章小結 ············································································································.13
第2 章 幾何建模 ···········································································································.14
2.1 ANSYS Workbench 平臺及模塊 ················································································.15
2.1.1 ANSYS Workbench 平臺主界面 ······································································.15
2.1.2 菜單欄 ······································································································.16
2.1.3 工具欄 ······································································································.22
2.1.4 “工具箱”窗格 ··························································································.23
2.2 幾何建模概述 ······································································································.27
2.2.1 幾何建模平臺 ·····························································································.27
2.2.2 菜單欄 ······································································································.27
2.2.3 工具欄 ······································································································.35
2.2.4 常用命令欄 ································································································.37
2.2.5 “樹輪廓”窗格 ··························································································.37
2.2.6 幾何建模實例——連接扣 ··············································································.39
2.3 本章小結 ············································································································.48
第3 章 網格劃分 ···········································································································.49
3.1 網格劃分概述 ······································································································.50
3.1.1 網格劃分適用領域 ·······················································································.50
3.1.2 網格劃分方法 ·····························································································.50
3.1.3 網格默認設置 ·····························································································.53
3.1.4 網格尺寸設置 ·····························································································.53
3.1.5
第1 章 有限元分析概述 ···································································································.1
1.1 有限元法發展綜述 ··································································································.2
1.1.1 有限元法的孕育和發展 ···················································································.2
1.1.2 有限元法的基本思想 ······················································································.3
1.1.3 有限元法的發展趨勢 ······················································································.4
1.2 工程問題的數學物理方程 ·························································································.6
1.2.1 工程問題的數學物理方程（控制方程）概述 ························································.6
1.2.2 變分函數 ·····································································································.9
1.2.3 插值函數 ···································································································.10
1.2.4 形函數 ······································································································.10
1.2.5 剛度矩陣 ···································································································.10
1.2.6 連通性 ······································································································.11
1.2.7 邊界條件 ···································································································.11
1.2.8 圓柱坐標系中的問題 ····················································································.12
1.2.9 直接方法 ···································································································.12
1.3 有限元法的解題步驟 ·····························································································.13
1.4 本章小結 ············································································································.13
第2 章 幾何建模 ···········································································································.14
2.1 ANSYS Workbench 平臺及模塊 ················································································.15
2.1.1 ANSYS Workbench 平臺主界面 ······································································.15
2.1.2 菜單欄 ······································································································.16
2.1.3 工具欄 ······································································································.22
2.1.4 “工具箱”窗格 ··························································································.23
2.2 幾何建模概述 ······································································································.27
2.2.1 幾何建模平臺 ·····························································································.27
2.2.2 菜單欄 ······································································································.27
2.2.3 工具欄 ······································································································.35
2.2.4 常用命令欄 ································································································.37
2.2.5 “樹輪廓”窗格 ··························································································.37
2.2.6 幾何建模實例——連接扣 ··············································································.39
2.3 本章小結 ············································································································.48
第3 章 網格劃分 ···········································································································.49
3.1 網格劃分概述 ······································································································.50
3.1.1 網格劃分適用領域 ·······················································································.50
3.1.2 網格劃分方法 ·····························································································.50
3.1.3 網格默認設置 ·····························································································.53
3.1.4 網格尺寸設置 ·····························································································.53
3.1.5
展開全部
ANSYS WORKBENCH 2024完全自學一本通 作者簡介
許進峰，畢業于北京航空航天大學，就職于航天科技集團，高級工程師。從事光機結構設計、精密機械設計工作。熟練掌握相關有限元分析軟件，已從事機械設計及仿真計算工作十余年。精通ANSYS、Matlab、UG、Pro/Engineer等軟件。
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